ANSI 52-6 Porcelain Disc Suspension Ceramic Insulator for Transmission

• Application: High-voltage
• Material: Porcelain
• Structure: Suspension Insulator
• Type: A Type Insulator
• Usage: High Voltage Power Transmission, Electrical Installation
• Connection Method: Trough Type
• Model NO.: ANSI 52-6
• Certification: CE, ISO9001
• Color: Brown/Gray
• Brand: NJREC or OEM
• E&M Failing Load: 110kN
• Net Weight: 5.9kg
• Transport Package: Wooden Pallet
• Trademark: NJREC
• Origin: China
• HS Code: 85462090

Product Description

Porcelain disc suspension insulator is designed to be assembled together to be insulator strings (also called strain insulators), which can divide into Ball & Socket Type and Clevis & Tongue Type.
This structure enables them form the insulator string by fitting into themselves one another as per voltage requirement.

ANSI Class/Standard		ANSI 52-6
Unit Spacing (H) - mm		146mm
Nominal Diameter (D) -mm		254mm
Creepage Distance		292mm
Power frequency puncture voltage		110kV
Power frequency flashover voltage	Dry	80kV
	Wet	50kV
Critical impulse flashover voltage	Positive	125kV
	Negative	130kV
Radio influence voltage	Test voltage to ground	10kV
	Max. RIV at 1000kHz	50kV
Rated E & M failing load		110kN
Tension proof load		55kN
Impact strength		7N.m
Weight		5.9kg

Technical Specifications:


Porcelain pin type insulator is mounted on a pin on the cross-arm on the pole. There is a groove on the upper end of the insulator. The conductor passes through this groove and is tied to the insulator with annealed wire of the same material as the conductor. Pin type insulators are used for transmission and distribution of electric power at voltages up to 33 kV. Beyond operating voltage of 33 kV, the pin type insulators become too bulky and hence uneconomical.

NJREC manufacturers three classes of pin type insulators. Low voltage pin types are manufactured and tested to the requirements of ANSI Standard C29.5, high voltage pin types to ANSI Standard C29.6, and special designs for use in areas of high contamination.